Prob.12. Find the Y-parameters of the network shown in fig. 5.38. I1 2 2 311 OB

Q: Find the components of v.

A: We will use simply vector component analysis. ANS: v1=||v|| .cos 5π6 v2=||v|| .sinπ3

Q: Find f

A:

Q: Find I, For the bigc1)

A:

Q: Derive the Equipartition Theorem.

A: The equipartition theorem states that energy is shared equally amongst all degrees of freedom of a…

Q: In a clamped frictionless pipe elbow (radius R) glides  a sphere (weight W = mg) with zero initial…

A: Using Newtons law, we get,

Q: The charge of the condenser Q(t) = ,1(t)dt is the rate of change of the current other words, I = dQ…

A: The question can be easily solved by applying the basic concept of Laplace transformation

Q: In a clamped frictionless pipe elbow (radius R) glides a sphere (weight W = mg) with zero initial…

A: Using Newtons law, we get,

Q: Suppose the autocorrelation function (ACF) of {v} is given by po(s, t). What is the ACF px(s, t) for…

A:

Q: Implement the following Boolean function with exclusive-OR and AND gates, using a minimum number of…

A:

Q: A hollow and open-ended cylinder of height 2h and radius b is centered on the origin and aligned…

A: Given Height of the cylinder = 2h Radius of the cylinder = b  Surface current            =K0 ϕ To…

Q: How would I solve for Fnetx and Fnety for problems 2 to 9?

A:

Q: A Proton moviny Wong the Positive X-Axi3 Perpendic ulur to a muynerit Pieled experiences u maynenz…

A: From Lorentz force law, the formula for the magnetic force acting on a charged particle is:

Q: Find x?

A:

Q: When 3000N boat is moving at 3m/s, the motor conks out. How much farther will the boat glide,…

A:

Q: A particle moves Y = 9 Cos wt Where w ir a Conftant and a and k are Contlant vertarf. Show that 4)…

A:

Q: Verify that each of the following force fields is conservative. Then find, for each, a scalar…

A:

Q: Find the median from the set of No. (4,10,9,6,15,23,20)

A:

Q: Find the the Gradient of (f(Zy-3))

A:

Q: Voltage vs Time vi V4 v2 t3 Time (seconds) Figure 565 t4 Voltage (volts)

A: t4 is the time it takes the wave to complete one-fourth of the cycle. Therefore, the value of t4 is…

Q: Find the Dual of the function below and check if it is self-dual: F4 = (XY + YZ + ZX)

A: SOlution: given that F4 = (XY + YZ + ZX) to verify whether it is self dual.

Q: Find the frequeeny of omall oscillatica for falmaing systen. K m

A:

Q: GLacrang for d Purticle moving inone dimension mx² dm,k onstants 2. 2. what isthe equationof mation…

A:

Q: Make g the subject in Ep=mxgxh

A: Given equation : Ep = m × g × h to make g as subject:

Q: equations satisfies

A:

Q: Rank the magnitude of ∫B⋅ds for the closed paths in the figure below, from least to greatest.

A:

Q: Q. brackets in detail. using prove the properties of poissons the toilowing relation

A: The angular momentum L of an object in rotational motion is defined in terms of position vector r…

Q: What would the answer be for part B?

A: in this question we discuss what will happen when plate slip and change on center of gravity of…

Q: which parameter determines f

A: Required : Which parameter defines frequency f.

Q: Find the centroid of the region bounded by the set of curves

A: Area Bounded by the Curves:When area bounded by curve and line has to be identified, then the…

Q: H.W Sheet 3 1. Write the mesh equations for the network in Fig. 6.8 kl 2.7 kn 4.7 kN 22 kn 8.2 kf…

A: For the four mesh shown in the diagram, let current flowing in each mesh be i1, i2, i3 and i4 in the…

Q: He lust S182 B.

A:

Q: Good morning, could you help me explain the following concepts of electromagnetism in detail and…

A:

Q: A jet takes off bearing N 32° W and flies 6 miles, and then makes a right turn (90°) and flies 20…

A:

Q: What are basic properties of tensors?

A: Tensors are mathematical quantity that describe linear relation between Vectors, scalers and other…

Q: The dat surkece chorge density of the sphore with draměter of d.2 mm PS gives as J= 81 Hc/n². a…

A: Given Data : The diameter of the sphere is given as d=1.2mm ; r=d2=1.2mm2=0.6mm The surface charge…

Q: U sing the rules of B olo gnese algebra Demoreken's theorem, s implify the following Booleah ex…

A:

Q: the föllowing relaxed system équation. Plot current vs. time (0 to 10 seconds) through Laplace…

A:

Q: The velocity olistribution is V- 2xî - ayj +(3t-bzk). the stream lines through Is it steady? Find…

A: To determine: The equation of the streamlines through the given point   Given: The velocity…

Q: 3. Sketch V, and determine Vac HO V UNI d edn

A: The network appear as shown in figure below for the positive region of the input voltage. Redraw the…

Q: What is the magntiude of the integral of B over dl for part c? Enter in your answer in micro-T*m.…

A: Application of Ampere's Law.

Q: What do you mean by Harmonic ascillator. Prove that the Hamiltonian tor Harmonic oscillator can be…

A: A harmonic oscillator,  Hamiltonian of harmonic oscillator, H = ?

Q: A parlicle depicts its motion in Such a that its fosition vector way at time ť is Peairgi whele, nza…

A: The force on such particle is given by:

Q: 5.35 PQ What are the shortcomings of describing a flow field using the Lagrangian description?

A: The distribution of the density and velocity of a fluid over space and time are called flow field.…

Q: Q A parricle of mass m is projecred to the right with initial kineric Energy To subjecr Fo F(x) =…

A:

Q: 5.34 PQ Explain the differences between the Eulerian and Lagrangian descriptions of a flow field.

A: Instead of tracking individual fluid particles, an Eulerian description of fluid flow focuses on a…

Ising model of Ferromagnets

The Ising model is one of the easiest and most famous theoretical models for ferromagnetism in statistical mechanics. When a group of atomic spins aligns such that their magnetic moments are pointed in the same direction and produce a strong permanent magnetic moment in macroscopic size, the phenomenon is called ferromagnetism. The relative permeability of these magnets is greater than unity and increasing magnetization with the applied external field. Even in the absence of an external magnetic field, these substances retain spontaneous magnetization. An example of ferromagnets is iron.